Samsung RE-1300 Manual de usuario

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SERVIC

MICROWAVE

OVEN

MICROWAVE

OVEN

RE-1300/RE-1310T/

RE-1320R/RE-1330F

Vani’!

=i!

*

CONTENTS

PRECAUTIONS

&

SPECIFICATIONS.

..........

esses

2

COMPARING

CHART

&

CONTROL

PANEL.................

3

WIRING

DIAGRAM.

00.0...

ssessssseescssseessseseccecseenneeess

4

CAUTIONS OBSERVED

WHEN

SEAVICING

..............

5

CIRCUIT

DESCRIPTIONS...

s.sssseseccecssssscecsssessensens

6

COMPONENT

TEST

PROCEDURE

......0........sssessseseesee

7

MEASUREMENTS

&

ADJUSTMENTS

......c.cosccccscsssee

8

LEAKAGE

MEASURING

PROCEDURE

............ccccscee

9

TROUBLESHOOTING

nabsigaatthiaesd

caine

dice

ndseatagc

tao

10

Exploded

View

&

Parts

List...

sce

ccsssscessecaseeeres

12

PC.B

Circuit

Diagram

&

Parts

Liste...

19

1.

PRECAUTION

1-1.

Safety

Precaution

(4

)

1)

Pacemaker

wearers

must

consult

their

physician

before

attempting

to

service

or

repair

a

microwave

oven.

For

additional

advice

on

this

subject,

write

to

the

manufacturer

of

your

pacemaker.

2)

The

product

should

be

serviced

only

by

qualified

personnel.

3)

Though

the

product

has

been

manufactured

in

compliance

with

the

Federal

performance

Standard

21

CFR

Subchapter

J(DHHS),

it

is

very

important

when

servicing

to

avoid

being

exposed

to

excessive

microwave

radiation.

All

the

repairs

should

be

performed

in

accordance

with

the

procedures

described

in

this

manual.

4)

Use

only

the

identical

parts

as

listed

in

the

parts

list

of

this

manual

in

order

to

comply

with

the

Federal

performance

Standard

21

CFR

Subchapter

J(DHHS).

5)

In

the

event

of

suspected

imcrowave

energy

leakage

in

excess

of

5mW/cm2,

please

notify;

CENTRAL

SERVICE

CENTER

6)

Repair

microwave

oven

at

no

charge

to

the

owner

for

excessive

microwave

emission

levie.

7)

Ascertain

the

cause

of

the

excessive

leakage

and

instruct

the

owner

not

to

use

the

unit

until

the

oven

has

been

brought

into

compliance.

8}

If

the

oven

is

operated

with

the

door

open,

please

advise

the

owner

not

to

use

the

oven

and

contact

the

manufacturer

and

CDRH

immediately.

9)

There

are

special

components

used

in

the

microwave

oven

which

are

important

for

safety.

These

parts

are

marked

with

a

on

the

replacement

parts

list.

It

is

essential

that

these

critical

parts

should

be

replaced

only

whith

the

manufacture's

specified

parts

to

prevent

microwave

leakage,

shock,

fire,

or

other

hazards.

Do

not

modify

the

original

design.

1-2.

Servicing

Precaution

(

=

)

PRECAUTIONS

TO

BE

OBSERVED

BEFORE

AND

DURING

SERVICING

TO

AVOID

OPOSSIBLE

EXPOSURE

TO

EXCESSIVE

MICROWAVE

ENERGY

a)

Do

not

operate

or

allow

the

oven

to

be

operated

with

the

door

c).

Before

turning

on

the

microwave

power

for

any

service

test

or

open.

inspection

within

the

microwave

generating

compartments,

b}

Make

the

following

safety

checks

on

all

ovens

to

be

serviced

check

the

magnetron,

wave

guide

or

transmission

line,

and

cavity

before

activating

the

magnetron

or

other

microwave

source,

and

for

proper

alignment,

integrity

and

connections.

make

repairs

as

necessary:

d}.

Any

defective

or

misadjusted

components

in

the

interlock,

(1)

Interlock

operation

monitor,

door

sea!,

and

microwave

generation

and

transmission

{2}

Proper

door

closing

systems

shall

be

repaired,replaced,

or

adjusted

by

procedures

(3}

Seal

and

sealing

surfaces

(arcing,

wear,

and

other

damage}

described

in

this

manual

before

releasing

to

the

owner.

{4}

Damage

to

or

loosening

of

hinges

and

latches

e}.

A

microwave

teakage

check

to

verify

compliance

with

the

(5)

Evidence

of

dropping

or

abuse.

federal

performance

standard

should

be

performed

on

each

oven

prior

to

release

to

the

owner.

2.

SPECIFICATIONS

——

SPECIFICATIONS

TIMER

99

MINUTES

90

SECONDS

POWER

LEVEL

|

ON

TIME

|

oF

TIME

POWER

SOURCE

230V

50Hz,

AC

a

ae

i

POWER

CONSUMPTION

MICROWAVE

:

1,500W

10%

|

SOW

4sec

|

26sec

MAX

:

2,950W

20%

|

180W

|

7sec

|

23sec

GRILL:

1,400W

30%

|

270W

|

10sec

|

20sec

CONVECTION

:

1,450W

40%

|

360W

|

13sec}

17sec

|-

OUTPUT

POWER

FROM

SOW

TO

S00W

(10

LEVEL

POWER)

a

50%

|

450W

|

16sec

|

14sec

{IEC-705

TEST

PROCEDURE)

60%

|}

540W

|

19sec]

11sec

OPERATING

FREQUENCY

2,450MHz

70%

|

630W

|

22sec

|

B8sec

MAGNETRON

OM?

80%

|

720W

|

25sec}

5sec

COOLING

METHOD

COOLING

FAN

MOTOR

90%

|

B10W

|

28sec

|

2sec

OUTSIDE

DIMENSIONS

547(W)

x

339(H)

x

487{D)

100%

|

SO0CW

|

30sec!

Osec

3.

COMPARING

CHART

RE-1310T

RE-1320R

RE-1330F

MORE/LESS

AUTO

COOK/DISH

AUTO

DEFROST

TIME

COOK

POWER

LEVEL

CONVECTION

GRILL

MICROWAVE+CONVECTION

MICROWAVE+GRILL

CRUSTY

REHEAT

ROAST

SPIT

4.

CONTROL

PANEL

RE-1300C/RE-1320C

~xKOOO0

00000

—~O00000

0000

ox~OO0O

000 000

RE-1310C/RE-1330C

900

0O0o

0000

00

NEW

CONTROL

PANEL

_

5.

WIRING

DIAGRAM

Ass'ychike

P.CB

4

©

‘as

AN

Qe

an}

et

Oe

=

7

198c

mowv-

|

FO

—

SOHz

WHT

fag

mHei2=|Lmeiti:.

VW

QW

WY

ABR Sow

LX

Sen

Tai

v

HI

2

ee

ail

S

YT

meET

SOON

|i

Le

|ti(<«é‘<C

ECP

SI

og

wy

|

&

1g

OL

=

BUT

Ry

|

nea

®

an

aU,

;

FA

>

UJ

[ee

ee

MAGNETRON

Y

s/wa

RY1

RY2 AY3 RY4

RYS

RYE

GRN

1

MAINFUSE

FM

FANMOTOR

OFFENZUSTAND

F2

-HV.FUSE

DM

DRIVE

MOTOR

F3.

MONITOR

FUSE

CM

CONVECTION

MOTOR

DOOR

IS

OPENED

SMW1

THERMAL

CUTOUTICAVITY)

H

HEATER

COOK

OFF

SW2

THERMAL

CUTOUT(M.G.T)

HVT

HIGH

VOLTAGE

TRANS

A

S

S

Y

M

A

|

N

Pp

Cc

B

SW3_

PRIMARY

SWITCH

H.V.C

HIGH

VOLTAGE

CAAPCITOR

u.

SMW4

DOOR

SENSING

SWITCH

HV.D

HIGH

VOLTAGE

DIODE

WIRING

COLOR

SW5

MONITOR

SWITCH

LV.T

LOW

VOLTAGE

TRANS

SW6

THERMAL

CUTOUT(HEATER)

L

LAMP

SE

BLU

:

BLUE

RY1

HEATER

RELAY

R

RESISTOR

:

ORG

:

ORANGE

co

No

cow

NO

ee

(BRN

Yet)

RY2

MAIN

RELAY

RED:

RED

_YEL:

YELLOW

com

NO

comNO}—

(aa)

RY3

POWER

RELAY

Y/G

:

YELLOW/GREEN

fiw

aval

RY4

CONVECTION

MOTOR

RELAY

RYS FAN

MOTOR

RELAY

PRIMARY

LATCH

DOOR

SENSING

MONITOR

RY6

_INRUSH

RELAY

SWITCH

SWITCH

SWITCH

wy/d-1

ORG

F

FA

BLU

MAGNETRON

RY1

RY2

RY3—_RY4

s/w

ioe

GN

Fi

MAIN

FUSE

FM

FAN

MOT

F2

H.V.FUSE

DM

DRIVEM

F3

MONITOR

FUSE

cM

CONVEC

SMW1

THERMAL

CUTOUT(CAVITY)

H

HEATER

TIT

—

§Ww2

THERMAL

CUTOUT(M.G.T)

H.V.T

HIGH

VO

ASSY

MAIN

PCB

SMW3

PRIMARY

SWITCH

H.V.C

HIGH

VO

wu.

SMW4_

DOOR

SENSING

SWITCH

H.V.D

HIGH

VO

SMW5

MONITOR

SWITCH

L.v.T

LOW

VOI

SW6

THERMAL

CUTOUT(HEATER)

L-LAMP

NOL

[BRN-YEN

RY1

HEATER

RELAY

R

_-RESISTC

E

com

NO

(AN)

com

No

Pa

[BAN

_YEL|

RY2

MAIN

RELAY

com

NO

com

No}—

Lone}

com

NO}—TrFp

BLU

RY3

POWER

RELAY

(BRN

WHI

-

[orc]

RY4

CONVECTION

MOTOR

RELAY

RY5

FAN

MOTOR

RELAY

PRIMARY

LATCH

DOOR

SENSING

MONITOR

RY6

INRUSH

RELAY

SWITCH

SWITCH

SWITCH

w/-|

6.

CAUTIONS

OBSERVED

WHEN

SERVICING

Unlike

many

other

appliances,

the

microwave

oven

is

high-voltage,

high

current

equipment.

Though

it

is

free

from

danger

in

ordinary

use,

extreme

care

should

be

taken

during

repair.

PRECAUTION:

:

Sayicanien

should

remove

their

wwatthes

whenever

working

plese

to

or

replacing

the

magnetron.

8-1.

Check

the

ground.

Do

not

operate

on

a

2-wire

extension

cord.

The

microwave

oven

is

designed

to

be

used

when

grounded.

It

is

imperative,

therefore,

to

make

sure

that

the

oven

should

be

grounded

prior

to

repair.

8-2.

Warning

about

the

electric

charge

in

the

high

voltage

capacitor

As

an

electric

charge

in

the

high

voltage

capacitor

remains

for

about

30

seconds

after

operation

stops,

short

the

current

between

the

oven

chassis

and

the

negative

terminal

of

the

high

voltage

capacitor,

by

using

a

screwdriver

before

replacing

or

checking

parts.

er

:

Touch

chassis

side

first

then

short

to

the

high

voltage

capacitor

terminal

by

using

a

screwdriver

or

jumper

wire.

8-3.

When

parts

must

be

replaced,

remove

the

power

plug

from

the

outlet

8-4.

When

the

1.6

Amp

fuse

is

blown

out

by

the

operation

of

the

interlock

Monitor

switch:

(A)

Replace

the

primary,

door

sensing

and

interlock

monitor

switches.

This

is

mandatory.

Refer

to

page

8

for

the

necessary

adjustments

of

these

switches.

(B)

When

replacing

the

fuse,

confirm

that

it

has

the

appropriate

rating

for

this

model.

8-5.

Avoid

inserting

any

foreign

materials,

etc.

through

any

hole

in

the

unit

during

operation.

Never

insert

any

foreign

materials

or

any

other

metal

object

through

the

lamp

hole

on

the

cavity

or

any

other holes

or

gaps,

because

such

objects

may

work

as

an

antenna

and

cause

microwave

leakage.

8-6.

Confirm

after

repair:

(A)

After

repair

or

replacement

of

parts,

make

sure

that

screws

of

the

oven

are

neither

loose

nor

missing;

to

prevent

the

microwave

leakage.

(B)

Make

sure

that

all

electrical

connections

are

tight

before

inserting

the

plug

in

to

the

wall

outlet.

(C)

Check

for

radiation

leakage.

(Refer

to

the

procedure

for

measuring

energy

leakage

in

page

9.)

_

PRECAUTION

There

exists

HIGH

VOLTAGE

ELECTRICITY.

with

high.

current

capabilities

in.

the

-circuits.of

the

HIGH.

VOLTAGE

TRANSFORMER

secondary

and

filament

terminals.

it

is

extremely

dangerous

to

work

on

or

near

these

circuits

with

the

oven

energized.

DO.NOT.

measurethe

sioletie

|

in

the

hgh

voltage

circuit

<

including

filament

oe

of.

‘magnetron.

.

PRECAUTION

~

Never

touch

any

circuit

wiring

with

your

hand

nor

with

an

insulated

tool

during

operation.

-

7.

CIRCUIT

DESCRIPTIONS

7.

CIRCUIT

DESCRIPTIONS

Refer

to

the

wiring

diagram

on

page

8.

1.

When

food

is

placed

inside

oven

and

door

is

closed

(A}

Low

voltage

transformer

supplies

necessary

voltage

to

the

touch

control

circuit

when

power

cord

is

plugged

in.

(B)

The

primary

interlock

switch

is

closed.

(C}

The

interlock

monitor

switch

is

opened.

This

interlock

monitor

switch

acts

to

blow

10A

fuse

and

stop

magnetron

oscillation

when

the

door

is

opened

during

operation

under

an

abnormal

condition.

{D]

The

door

key

is

caught

by

the

door

hook,

the

door

sensing

switch

is

closed

to

send

the

door-close

signal

to

the

touch

control

circuit.

2.

When

cooking

cycle,

power

and

time

are

set

by

touching

the

function

pads

(A)

The

time

set

appears

in

the

display

window.

(B)

The

touch

control

circuit

stores

the

cooking

data

set.

3,

When

the

START

pad

is

touched

The

main

relay

and

the

power

control

relay

are

controlled

by

the

touch

control

circuit.

(A)

An

oven

lamp

lights

the

inside

of

the

oven

by

operation

of

the

main

relay

in

the

Touch

Control

Circuit.

(B)

Fan

motor

rotates

and

cools

the

magnetron

by

blowing

the

air

coming

from

the

intake

on

the

back

panel

over

the

magnetron

fins,

After

cooling

the

fins,

this

air

is

directed

into

the

oven

to

blow

out

the

vapor.

Primary

Switch

H.V.Trans

Switch

eon

~0-

of

Main

Relay

Power

Relay

Fig.

1

Monitor

Fuse

(C}

230V~50Hz

AC

is

applied

to

the

high

voltage

transformer

through

the

contacts

of

primary

windings

as

shown

by

the

solid

_

line

just

after

the

power

contro!

relay

turns

ON.

{Fig.

1)

(D)

3.4V

AC

is

generated

from

the

filament

winding

of

the

high

voltage

transformer.

This

3.4V

is

applied

to

the

magnetron

to

heat

the

magnetron

filament

through

two

noise

preventing

choke

coils.

:

(E)

High

voltage

of

2,230

volts

AC

is

generated

from

the

high

voltage

transformer

secondary

and

this

secondary

voltage

is

increased

by

the

action

of

the

diode

and

the

charging

of

the

high

voltage

capacitor.

This

resultant

D.C.

voltage

is

then

applied

to

the

anode

of

the

magnetron.

As

shown

in

the

Fig.

2,

the

first

half

cycle

of

the

high

voltage

produced

in

the

secondary

high

voltage

transformer

charges

the

high

voltage

capacitor.The

dotted

lines

indicate

the

current

flow.

During

operation

of

the

second

half

cycle,

the

voltage

produced

by

the

transformer

secondary

and

the

charge

of

the

high

voltage

capacitor

are

combined

and

applied

to

the

magnetron

as

shown

in

the

solid

line

so

that

magnetron

starts

to

oscillate.

The

interference

wave

generated

from

the

magnetron

is

prevented

by

the

1.6uH

choke

coils,

500pF

fitter

capacitors

and

the

magnetron’

shielded

case

so

that

TV

and

radio

signals

are

not

interfered

with.

ns

HV.

th

i

Lin

Fig.

2

(F)

The

power

control

relay

is

turned

on

intermittently

by

the

touch

control

circuit,

when

the

oven

is

set

at

any

power

except

for

full

power.

The

touch

control

circuit

controls

the

ON/OFF

time

of

the

power

control

relay

in

order

to

vary

the

output

power

of

the

microwave

oven

from

Low

to

"Full"

power.

One

complete

ON/OFF

cycle

of

the

power

control

is

30

seconds.

(G)

The

cooking

time

shown

on

the

display

start

to

count

down.

4.

When

the

door

is

opened

during

cooking

(A)

The

primary

interlock

switch

is

opened

to

cut

off

the

primary

voltage

of

the

high

voltage

transformer

to

stop

microwave

oscillation.

(B)

The

door

sensing

switch

is

opened

to

give

the

door

open

information

to

touch

control

circuit.

The

main

relay

stays

on,

the

power

control

relay

tums

off

and

the

display

stops

counting

down.

{C)

The

fan

motor

and

tumn-table

motor

are

stopped

by

operation

of

the

primary

interlock

switch.

But

the

oven

lamp

lights

the

inside

of

the

oven

again

until

the

door

is

closed.

(D)

Upon

opening

the

door,

the

contacts

of

primary

interlock

switch

open

and

the

contacts

of

interlock

monitor

switch

close

the

short

circuit.

(E)

if

the

contacts

of

primary

interlock

switch

do

not

function

properly,

the

monitor

fuse

blows

out

due

to

the

large

current

surge

caused

by

the

monitor

switch

activation,

and

this

in

tum

stops

magnetron

oscillation.

(Fig.

3)

Primary

Switch

H.V.Trans

—O-G-

O-

.

Interlock

Monitor

Fuse

Monitor

Switch

oT

oO

oTo—o

.

om

Primary

Switch

Power

Relay

Fig.

3

5.

When

the

CANCEL

pad

is

touched

during

cooking

(A)

Once

touching

of

the

CANCEL

pad

stops

the

time

cooking.

Twice

touching

of

the

pad

cancels

all

programs

stored

in

the

touch

control

circuit.

The

time

of

day

reappears

on

the

display

window.

{B)

The

oven

lamp

and

cooking

indicators

turn

off.

{C}

The

fan

motor

stops.

{D}

The

power

control

relay

turns

off

to

cut

primary

voltage

to

high

voltage

transformer

so

that

the

magnetron

stops

oscillation.

8.

Component

Test

Procedure

PRECAUTION

1.

High

voltage

is

present

at

the

high

voltage

terminal

of

the

high

voltage

transformer

during

any

cook

cycle.

2.

It

is

neither

necessary

nor

advisable

to

attempt

measurement

of

the

high

voltage.

3.

Before

touching

any

oven

components,

or

wiring,

always

unplug

the

oven

from

its

power

source

and

discharge

the

high

voltage

capacitor.

:

:

12-1.

High

Voltage

Transformer

1}

Remove

connectors

from

the

transformer

terminals

and

check

continuity.

2)

Normal

resistance

readings

should

be

as

follows:

Secondary

Approx.

94Q

Filament

Approx.

092

Primary...

...

Approx.

1.7Q

(Room

temperature

=

20°C)

Filament

Terminals

Secondary

Terminat

Primary

Terminals

12-2.

Low

Voltage

Transformer

‘

The

low

voltage

transformer

is

located

on

the

control

circuit

board.

1)

Remove

the

low

voltage

Transformer

from

the

PCB

Ass'y

and

check

continuity.

2)

Normal

resistor

reading

should

be

as

follows.

Terminals

Resistance

12-3.

Magnetron

Continuity

checks

can

only

indicate

an

open

fitament

or

a

shorted

magnetron.

To

diagnose

an

open

filament

or

shorted

magnetron;

1)

lsolate

the

magnetron

from

the

circuit

by

disconnecting

its

leads.

2)

A

continuity

check

across

the

magnetron

filament

terminals

should

indicate

one

chm

or

less.

3)

A

continuity

check

between

each

filament

terminal

and

magnetron

case

should

read

open.

Magnetron

Antenna

Gasket

Plate

12-4.

High

Voltage

Capacitor

1}

Check

continuity

of

the

capacitor

with

meter

set

at

the

highest

ohm

scale.

2)

Once

the

capacitor

is

charged,

a

normal

capacitor

shows

continuity

for

a

short

time,

and

then

indicates

9MQ.

3)

A

shorted

capacitor

will

show

continuous

continuity.

4)

An

open

capacitor

will

show

constant

MQ.

5}

Resistance

between

each

terminal

and

chassis

should

read

infinite.

12-5.

High

Voltage

Diode

1)

Isolate

the

diode

from

the

circuit

by

disconnecting

its

leads.

2)

With

the

ohm-meter

set

at

the

highest

resistance

scale,

measure

the

resistance

across

the

diode

terminals.

Reverse

the

meter

leads

and

read

the

resistance.

A

meter

with

BV,

SV

or

higher

voltage

batteries

should

be

used

to

check

the

front-to

back

resistance

of

the

diode,

otherwise

an

infinite

resistance

may

be

read

in

both

directions.

The

resistance

of

a

normal

diode

will

be

infinite

in

one

direction

and

several

hundred

KQ

in

the

other

direction.

12-6.

Main

Relay

and

Power

Control

Relay

The

relays

are

located

on

the

PCB

Ass’y.

1)

Isolate

the

relays

from

the

main

circuit

by

disconnecting

the

leads.

2}

operate

the

microwave

oven

with

a

water

load

in

the

oven

and

the

power

level

set

to

high.

3}

Check

continuity

between

terminals

of

the

relays

after

the

start

pad

is

pressed.

9,

Measurements

&

Adjustments

Precaution

For

continued

protection

against

radiation

hazard,

replace

parts

in

accordance

with

the

wiring

diagram

and

be

sure

to

use

the

correct

part

number

for

the

following

switches.:

Primary

and

secondary

interlock

switches

and

the

interlock

monitor

switch

al!

together.

Then

follow

the

adjustment

procedures

below.

After

repair

and

adjustment,

be

sure

to

check

the

continuity

of

all

interlock

switches

and

the

interlock

monitor

switch.

13-1.

Adjustment

of

Primary

Switch,

Door

Sensing

Switch

and

Monitor

Switch

1)

When

mounting

Primary

switch

and

interlock

Monitor

switch

to

Latch

Body,

consult

the

figure

below.

NOTE:

No

specific

adjustment

during

installation

of

Primary

switch

and

Monitor

switch

to

the

latch

body

is

necessary.

2)

When

mounting

the

Latch

Body

to

the

oven

assembly,

adjust

to

the

Latch

Body

by

moving

it

so

that

the

oven

door

will

not

have

any

play

in

it.

Check

for

play

in

the

door

by

pulling

the

door

assembly.

Make

sure

that

the

latch

keys

move

smoothly

after

adjustment

is

completed.

Completely

tighten

the

screws

holding

the

Latch

Body

to

the

oven

assembly.

3}

Reconnect

to

Monitor

switch

and

check

the

continuity

of

the

monitor

circuit

and

all

atch

switches

again

by

following

the

components

test

procedures.

Door

Open

[

Door

Closed

Primary

switch

Monitor

switch

(COM-NC)

Monitor

switch

(COM-NO)

Door

Sensing

S/W

Please

confirm

that

the

gap

between

the

switch

housing

and

the

switch

actuator

is

no

more

than

0.5mm

when

door

is

closed.

Primary

Interlock

S/W

witch(A)

Door

Sensing

S/W

Interlock

Monitor

S/W

Lever

Switch{B}

Key

Door

Body

Latch

13-2.

Output

Power

of

Magnetron

The

output

power

of

the

magnetron

can

be

simply

measured

by

performing

a

water

temperature

tise

test.

Equipment

needed

for

the

test:

-

*

One

1-liter

cylindrical

borosilicate

glass

vessel

(Outside

diameter

of

190mm)

*

One

glass

thermometer

with

mercury

column

NOTE:

Check

line

voltage

under

load.

Low

valtage

will

lower

the

magnetron

output.

Make

all

temperature

and

time

tests

with

accurate

equipment.

(A)

Fill

the

one

liter

glass

vessel

with

one

liter

of

water.

(B)

Stir

water

in

glass

vessel

with

thermometer

and

record

glass

vessel's

temperature

as

T1.

{10:1°C)

(C}

After

moving

the

water

into

another

glass

vessel,

place

it

on

the

center

of

the

cooking

tray.

Set

the

oven

to

fap

power

and

operate

for

49

seconds

exactly.

(3

seconds

included

as

a

holding

time

of

magnetron

oscillation)

(D)

When

heating

is

finished,

stir

the

water

again

with

the

thermometer

and

measure

the

temperature

rise

as

T2.

(E)

Subtract

R1

from

12.

This

will

give

you

the

water

temperature

rise.

(AT}

;

(F)

The

output

power

is

obtained

by

the

following

formula;

4.187

x

1000

x

AT

Output

Power

=

46

46

:

Heating

Time

(sec)

4,187

:

Coefficient

for

Water

1000

:

Water

{cc}

AT

:

Temperature

Rise

(12-11)

*

Output

(W)=

91x

AT

(F)

Normal

temperature

rise

for

this

model

is

S°C

to

11°C

at

‘HIGH’.

NOTE

1:

Variations

or

errors

in

the

test

procedure

will

cause

a

variance

in

the

temperature

rise.

Additional

power

test

should

be

made

if

temperature

rise

is

marginal.

NOTE

2:

Output

power

in

watts

is

computed

by

multiplying

the

temperature

rise

(step

E)

by

a

power

factor

of

91

in

case

of

centigrade

temperature.

43-3.

Microwave

Heat

Distribution

-

Heat

Evenness

_

The

microwave

heat

distribution

can

be

checked

by

indirectly

measuring

the

water

temperature

rises

at

certain

positions

in

the

oven

as

directed

below.

(1)

Prepare

five

beakers

made

of

‘Pyrex’,

having

100

milliliters

capacity

each.

{B)

Measure

exactly

100milliliters

off

water

load

with

a

measuring

cylinder

and

pour

it

into

each

beaker.

(C)

Measure

the

temperature

of

each

water

load.

(Readings

shall

be

taken

to

the

first

pees

of

decimals.)

(D)

Put

each

beaker

in

place

on

the

cooking

tray

as

illustrated

in

Figure

below

and

start

heating.

(E)

After

heating

for

2

minutes,

measure

the

temperatures

of

water

in

each

beaker.

(F)

Microwave

heat

distribution

rate

can

be

obtained

by

the

following

formula.

Minimum

Temperature

Rise

.

Heat

Distribution

=

—-—-~—-———

X

100{%)

Maximum

Temperature

Rise

The

result

should

exceed

65%.

CAUTION

MICROWAVE

RADIATION

DO

NOT

BECOME

EXPOSED

TO

MICROWAVE

RADIATION

FROM

MICROWAVE

GENERATOR

OR

OTHER

PARTS

CONDUCTING

MICROWAVE

ENERGY.

10.

Leakage

Measuring

Procedure

14-1.

Equipment

*

Microwave

Energy Survey

Meter

*

600cc

glass

beaker

*

Mercurial

or

digital

thermometer

100°C

or

212°F

14-2.

Procedure

for

Measurement

of

Microwave

Energy

Leakage

1)

Pour

27541

5cc

of

2045°C

(6849°F)

water

in

a

beaker

which

is

graduated

to

600cc,

and

place

the

beaker

in

the

center

of

the

oven.

2)

Start

to

operate

the

oven

and

measure

the

leakage

by

using

a

microwave

energy

survey

meter.

3)

Set

survey

meter

with

dual

ranges

to

2,450MHz.

4)

When

measuring

the

leakage,

always

use

the

2

inch

spacer

cone

with

the

probe.

Hold

the

probe

perpendicular

to

the

cabinet

door.

Place

the

spacer

cone

of

the

probe

on

the

door

and/or

cabinet

door

seam

and

move

along

the

seam,

the

door

viewing

window

and

the

exhaust

openings

moving

the

probe

in

clockwise

direction

at

a

rate

of

1

inch/sec.

If

the

leakage

testing

of

the

cabinet

door

seam

is

taken

near

a

corner

of

the

door,

keep

the

probe

perpendicular

to

the

areas

making

sure

that

the

probe

end

at

the

base

of

the

cone

does

not

get

closer

than

2

inches

to

any

metal.

If

it

gets

closer

than

2

inches,

erroneous

readings

may

result.

5)

Measured

leakage

must

be

less

than

SmW/cm?,

after

repair

or

adjustment.

14-3.

Check

for

Microwave

Energy

Leakage

with

Outer

Panel

Removed.

1)

Remove

the

outer

panel.

2}

Pour

275-41

5cc

of

2045°C(6849°F)

water

in

a

beaker

which

is

graduated

to

600cc,

and

place

the

beaker

in

the

center

of

the

oven.

3)

Start

to

operate

the

oven

at

the

highest

power

level.

4)

Set

survey

meter

with

dual

ranges

to

2,450MHz.

5)

By

using

the

survey

meter

and

spacer

cone

as

described

above,

measure

around

the

opening

area

of

magnetron,

the

surface

of

the

air

guide

and

the

surface

of

the

wave

guide

as

shown

in

the

following

photo

but

avoid

the

high

voltage

components.

The

meter

should

read

fess

than

SmW/cm?,

Survey

Meter

WARNING

-

AVOID

THE

HIGH

VOLTAGE

COMPONENTS.

14-4.

Note

on

Measurement

1)

Do

not

exceed

the

limited

scale.

2)

The

test

probe

must

be

held

on

the

grip

of

the

handle,

otherwise

a

false

reading

may

result

when

the

operator's

hand

is

between

the

handle

and

the

probe.

3)

When

high

teakage

is

suspected,

do

not

move

the

probe

horizontally

along

the

oven

surface;

this

may

cause

damage

to

the

probe.

4)

Follow

the

recommendation

of

the

manufacturer

of

the

microwave

energy

survey

meter.

14-5.

Record

keeping

and

notification

after

measurement

1)

After

adjustment

and

repair

of

a

radiation

preventing

device,

make

a

repair

record

for

the

measured

values,

and

keep

the

data.

2)

If

the

radiation

leakage

is

more

than

5mW/cm?

after

determining

that

all

parts

are

in

good

condition,

functioning

properly

and

the

identical

parts

are

replaced

as

fisted

in

this

manual,

notify

that

fact

to;

CENTRAL

SERVICE

CENTER

14-6.

At

least

once

a

year

have

the

Microwave

Energy

Survey

Meter

checked

for

accuracy

by

its

manufacturer.

11.

Troubleshooting

ener

st

cS

te

SAS

PRECAUTION

1.

CHECK

GROUNDING

BEFORE

CHECKING

FOR

TROUBLE.

2.

BE

CAREFUL

OF

THE

HIGH

VOLTAGE

CIRCUIT.

3.

DISCHARGE

THE

HIGH

VOLTAGE

CAPACITOR.

4;

WHEN

CHECKING

THE

CONTINUITY

OF

THE

SWITCHES

OR

TRANSFORMER,

DISCONNECT.

ONE

LEAD

WIRE

FROM

THESE

PARTS

AND

THEN

CHECK

CONTINUITY

WITHOUT

THE

POWER

SOURCE

ON.

TO

DO

OTHERWISE

Mny

RESULT

IN

A

FALSE

READING

ORA

DAMAGE

T0

YOUR

METER.

5,

DO

NOT

TOUCH

ANY

PART

OF

THE

CIRCUIT

OR

THE

TOUCH

CONTROL

CIRCUIT

BOARD,

SINCE

STATIC

ELECTRIC

DISCHARGE

MAY

DAMAGE

THIS

CONTROL

PANEL.

ALWAYS

ee

GROUND

WHILE

WORKING

ON

THIS

TO

DISCHARGE

ANY

STATIC

CHARGE

BUILT

UP.IN

YOUR

BODY:

First

of

all

operate

the

microwave

oven

by

observing

the

correct

operating

procedures

by

time

cooking

in

order

to

find

the

exact

cause

of

any

trouble.

15-1.

Problems

not

Related

to

Defects

of

the

Oven

SYMPTOM

CAUSE

CORRECTIONS

Check

fan

motor

when

thermal

cutout

is

defective.

1.

Open

or

loose

lead

wire

harness

2.

Open

thermal

cutout(Magnetron)

3.

Open

low

voltage

transformer

4.

Defective

Ass'y

PCB

1

|

Oven

is

dead.

Fuse

is

OK.

No

display

and

no

operation

at

all.

Check

Ass'y

PCB

when

LVT

is

defective.

Check

adjustment

of

primary,

interlock

monitor,

door

sensing

switch.

1.

Shorted

lead

wire

hamess

2.

Defective

primary

latch

switch(NOTE

1}

3.

Defective

monitor

switch

(NOTE1}

4,

Shorted

HVCapacitor

5.

Shorted

HVTransformer

(NOTE2}

No

disptay

and

no

operation

at

all.

Fuse

is

blown.

NOTE

1:

All

of

these

switches

must

be

replaced

at

the

same

time.

(refer

to

adjustment

instructions)

Check

continuity

of

power

relay

contacts

and

if

it

has

continuity,

replace

power

relay

also.

NOTE

2:

When

HVTransformer

is

replaced,

check

diode

and

magnetron

also.

1.

Key

input

is

not

in-Sequence

Refer

to

operation

procedure.

2.

Open

or

loose

connection

of

membrane

key

pad

to

Ass'y

PCB

3.

Shorted

or

open

membrane

panel

4.

Defective

Ass'y

PCB

3

|

Oven

does

not

accept

key

input(Program)

Replace

PCB

main.

Adjust

door

and

latch

switches.

1.

Off-alignment

of

latch

switches

2.

Open

or

loose

connection

of

high

voltage

circuit

especially

magnetron

filament

Circuit

NOTE:

Large

contact

resistance

will

bring

lower

magnetron

filament

voltage

and

cause

magnetron

to

lower

output

and/or

intermittent

oscillation.

3.

Defective

high

voltage

components

H.V.transformer

H.V.Capacitor

H.V.Diode,

H.V.Fuse

Magnetron

4,

Open

or

loose

wiring

of

power

relay

5.

Defective

primary

latch

switch

6.

Defective

power

relay

or

Ass'y

PCB

4

|

Timer

starts

countdown

but

no

microwave

oscillation.

(No

heat

while

oven

lamp

and

fan

motor

turn

on.}

Check

high

voltage

component

according

to

component

test

procedtire

and

replace

if it

is

defective.

Replace

PCB

main.

Troubleshooting

SYMPTOM

CAUSE

CORRECTIONS

Oven

Jamp

and

fan

motor

turn

on

1.

Misadjustment

or

locse

wiring

of

primary

latch

switch

2.

Defective

primary

latch

switch

Adjust

door

and

latch

switches.

Oven

can

program

but

timer

does

not

start.

1.

Open

or

loose

wiring

of

secondary

interlock

switch

2.

Off-alignment

of

primary

interlock

3.

Defective

secondary

interlock

S/W

Microwave

output

is

low.

Oven

takes

longer

time

to

cook

food.

Adjust

door

and

interlock

switches.

1.

Decrease

in

power

source

voltage.

2.

Open

or

loose

wiring

of

magnetron

filament

circuit.

(Intermittent

oscillation)

3.

Aging

change

of

magnetron

Fan

motor

turns

on

when

plugged

in

Loose

wiring

of

door

sensing

switch

Oven

does

not

operate

and

return

to

the

plugged

in

mode.

Consult

electrician.

Check

wire

of

door

sensing

switch.

Defective

Ass'y

PCB

Loud

buzzing

noise

can

be

heard.

Jumtable

motor

does

not

rotate.

Oven

stops

operation

during

cooking

1.

Loose

fan

and

fan

motor

2.

Loose

screws

on

H.V.Transformer

3.

Shorted

H.V.Diode

1.

Open

or

loose

wiring

of

turntable

motor.

2.

Defective

turntable

motor.

1.

Open

or

loose

wiring

of

primary

interlock

switch

2.

Operation

of

thermal

cutout{Magnetran)

1,

Metallic

ware

or

cooking

dishes

touching

on

the

oven

wall.

2.

Ceramic

ware

trimmed

with

gold

or

silvér

powder

also

causes

sparks.

Uneven

cooking

Uneven

intensity

of

microwave

due

to

its

characteristics.

Replace

PCB

main.

Tighten

screws

of

fan

motor.

Tighten

screws

of

H.V.Transformer.

Replace

H.V.Diode.

Replace

turntable

motor.

Adjust

door

and

latch

switches.

Educate

your

customer.

Do

not

use

any

type

of

cookware

with

Metallic

trimming.

Wrap

thinner

parts

of

the

food with

aluminum

foil.

Use

plastic

wrap

or

cover

with

a

lid.

Stir

once

or

twice

while

cooking

foods

such

as

soup,

cocoa,

or

milk,

Clock

noise

from

the

turntable

motor

when

it

starts

to

operate.

The

noise

may

result

from

the

motor.

"1

Replace

turntable

motor.

Exploded

View

-

Main

Parts

re-1s00ne-13101/ne-13300

Parts

List

-

Main

Parts

ee

ee

SE

Ref

No.

Parts

No.

Description/Specification

Remark

72061-0015-01

73053-0032-03

73012-0250-001

76674-232-810

73074-0076-00

73074-0075-00

76402-0012-00

70534-0004-02

73404-0014-00

71434-0002-00

73014-0275-00

73013-0255-00

73012-0313-00

76449-0003-00

79243-0080-01

73311-0194-01

79179-0046-00

76659-200-518

76822-0061-00

79202-0454-00

84158-0023

A0079-0011

76803-207-015

70233-0002-00

71533-0015-00

70242-0029-00

73311-0195-00

73073-0035-001

B3046-0003

A3024-0010

77059-0018-00

73312-0199-00

79292-0053-01

72681

-0004-001

73579-203-207

73579-203-278

71533-0011-00

71533-0012-00

79164-0156-00

79163-0196-00

77202-0120-00

76073-200-810

77364-241-310

73013-0194-00

A1110-0027

77202-0128-00

76803-207-070

72201-0035-014

A0078-0016

76823-0048-00

A3024-0020

73314-0208-00

73094-0035-001

73094-0036-002

wmoOon

none

wn

=

PANEL-OUTER;C/STEEL

10.6

W405.5

L1180.8

SC-WH-01-B

CUSHION-RUBBER;DFA20

T2

W200

L100

BRACKET-UPPER;ALSTAR

10.6

W273

L432

MB6544W

SPRING-PLATE;SK-5

10.5

SUPPORTER-HEATERIB);ALUMINA

5G

RE-650

SUPPORTER-HEATER;ALUMINA

106

RE-650

HEATER-GRILL;D6.6

230V

1400W

36.440HM

RE-650

SJH

WASHER-TEFLON;

SLOT

1022.2

0D28

11.2

TEFLON

GASKET-HEATER;BRASS

11.5

0030.5

022.5

FLANGE-RING;C3604BD

1022.1

0026

L4.7

M9GF45

BRACKET-EARTH;BSS2-A

11.0

W28

L38

M9GF45

BRACKET-HEATER;BSS2-A

11.0

W55

L55.5

M9GF45

BRACKET-AIR

GUIDE;ALCOAT

10.8

W61

1218.5

CABLE-CLAMP;DA-6N

NY-66

ASSY

POWER

CORD;KKP-4819D/B232

1.5MM

250V16A

L1700

COVER-BACK;SECC

T0.6

W385.5

L275

BLK-COATING

ASSY

NOISE

FILTER;250V50HZ

GRILL

MODEL

SS-599B

SUPPORT-P.C.B;DASS-TSN

MOTOR-FAN;AMM92-002AUEE

230V0.20A

MIN25S0RPM

ASSY

WIRE

HARNESS-A;230VS0HZ

RE-1300

LAMP:125

230V

25W

£14

PHILIPS

BUSHING:DASB-16N

17.8X6.3

NYLON

NTR

SHORT

BUSHING

CUSHION-LAMP:PU.T-FOAM

T40

W10

L390

M6245

FILM-LAMP:T0.25

W105

L85

CLEAR

RE-1300

LEVER-DOOR;POM(F20-01)

NTR

MW5630T

ADIABATIC-RIGHT;T3

W219.3

L214.8

RE-1300

COVER-ADIABATIC;SECC

10.6

W249.7

L353.5

RE-1300

SUPPORTER-MGT;SECC

10.6

W38

1342.5

MW6630T

SOCKET-LAMP;250V2A

22.230

£14

BJB

SW-THERMO:NT-101

NA(SXV)P

125V15A

V

140/130

23.8MM

MAGNETRON;OM75P(31)ESS

:

COVER-AIR;NYLON#66

95G

RE-1300

BLK

ASSY

BODY

LATCH;M8145G

NEW

LATCH

LATCH-BODY,POM

506

M8135G

NEW

LATCH

SW-MICRO;VP533A-OF

P.S(T85)

SW-MICRO;VP-531A-OF(T85)

-LEVER-SWITCH{(A);POM

106

NTR

MX245

LEVER-SWITCH(B);POM

12G

NTR

MX245

ASSY-H.V.D;V2M6

PI9

0.05MT

ASSY-H.V.FUSE;

THVO60T-0800-0

60/70

SCREW

TRANS-L.V:RE-12BQSTC

RE-1300

230V

SOHZ

AC16/3V

FOOT;PP

JI350

BLK

FOOT-PIN;P-P(JI350,BLK)

BRACKET-H.V.C;SECC

10.8

W3t

L125.8

C-OIL;CH-2101104B7N

115-J

2.1KVAC

3P

TRANS-H.V:DB1300NTC

RE-1300

AC230V

GOHZ

AC2230V

CUSHION-GUIDE;P.U.T

FOAM

140X10X460

MX246

BASE-PLATE;SGCC1-Z

T0.8

W375

L588

RE-1300

WIRE-SADDLE;DAWS-2NB

NYLON66

NTR

MOTOR-SYNCHRONOUS;M2LJ24ZS52

220/240V50/60HZ

M6235

SW-THERMO:NT-101NA(SXH}P

125V15A

H

130/60

30MM

COVER-CEILING;MICA

SHEET

10.5

W48.5

L117

RE-1300

HINGE-LOWER;SCP1

13.0

W24.7

L91.2

BLK

COAT

MB245

HINGE-UPPER;SCP1

T3.0

W26

L76

BLK

COAT

MB245

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

i]

1

2

1

1

1

1

i]

1

1

1

1

1

1

1

j

1

1

1

2

1

1

1

j

|

1

4

4

1

1

1

1

1

}

1

2

1

1

1

13

Parts

List

-

Main

Parts

Exploded

View

&

Parts

List

-

Door

Parts

a

Description/Specification

72189-606-013

THERMISTOR-PROBE;PT-312-K2

73352-0087

-001

GUIDE-AIR;ALCOAT

T0.6

W240

1242.5

M9GF45

79203-0455-00

ASSY

WIRE

HARNESS-C;230V50HZ

RE-1300

79204-0381

-00

ASSY

WIRE

HARNESS-E;230V50HZ

M9G45

CTW

78224-0019-03

ASSY

WIRE

LEAD-C;L200

BLK

N/FILTER

GND

79101-0598-00

ASSY

CONTROL-BOX:230V50HZ

RE-1330F{SAW)

WHT

79101-0598-02

ASSY

CONTROL-BOX;230V50HZ

RE-1310T(SAW)

WHT

ENG

79101-0598-04

ASSY

CONTROL-BOX;230V50HZ

RE-1300(SKW}

WHT

79321-0224-00

ASSY

DOOR;RE-1330F(SAW)

WHT

SS-BASIC

73054-0048-00

CUSHON-H.V.T;RUBBER(CR)

T9

W30

L50

RE-1300

73602-0022-00

TRAY-CONVECTION;SPP

T0.8

W12

1325.9

RE-1300

73602-0008-00

TRAY-COOKING;GLASS

75.0

P1345

1250G

M551T

79362-0281-11

ASSY-GUIDE

ROLLER;D22.5

RE-1300

:

71444-0021-00

COUPLER;PTFE

20G

WHT

RE-1300

°

79362-0446-04

ASSY-ROTISSERIE:

M9GF45

©

RE-1320R/RE-1330F

79363-0460-00

ASSY-SHAFT

BARBECUE;M9GF45

STS304

D6

MSGF45

©

RE-1320R/RE-1330F

79362-0439-00

ASSY-LEG;M9GF45

©

RE-1320R/RE-1330F

79362-0478-00

ASSY-WIRE

RACK(HIGH)-RE-1300

H104

P13

79362-0478-01

ASSY-WIRE

RACK(LOW);RE-1300

H44

PI3

73602-0014-01

TRAY-CRUSTY.THERMA-PLUS

T5

P1300

COATING

RE-1310T/RE-1330F

73602-0016-00

TRAY-OIL;GLASS(NEOREX)

T5

P1210

6006

©

RE-1320R/RE-1330F

73939-218-003

CLAMP-CORD;DALC-2-1

(SILICI)

73013-0329-00

BRACKET-COVER

MOTOR;SGCC1-Z

70.8

W110

L125

RE-1300

be

@

=:

Unique

Part

a.

Safety

Parts

A

_

:Electrostatically

Sensitive

Devices

74041-0097-00

DOOR-A;PC

RP-WH-01-K

2906

RE-1300

74113-0046-00

SCREEN-DOOR(B):TEMP

GLASS

T3.2XW278XL423.7

WHT

79341-0025-05

ASSY

DOOR-E;MBG45

COATING

SIL/SELANT

74041-0098-00

DOOR-C:PBT

BLK

24G

RE-1300

74042-0065-00

DOOR-KEY;POM(TC3005)

BLK 13G

W3

72724-0036-00

SPRING-KEY;ES

HSW3

Pi0.7

07.0/L40

BULING

70544-0010-00

PIN-HINGE;PI4

117

MSWR10

M301TBC

A0071-0082

TAPE-DOUBLE

FACE;PET

T0.4

W9

WHT

SEIL

SI-500H!

1

2

3

4

5

6

7

8

Exploded

View

&

Parts

List

-

Control

Parts

N

\

e@OO

OO

N

OOOOOF

ay

0

i

Parts

No.

Description/Specification

1

76013-0095-03

MEMBRANE-PANEL:PET

W90.5

1225.7

RE-1330F{SAW)

1

76013-0095-01

MEMBRANE-PANEL:PET

W90.5

L225.7

RE-1310T(SAW)

1

76013-0095-00

MEMBRANE-PANEL:PET

W90.5

L225.7

RE-1300

(SAW)

1

76013-0095-02

MEMBRANE-PANEL:PET

W90.7

L225.7

RE-1320R(SAW)

2

74073-0031-00

WINDOW-DISPLAY:ACRYL{HI-855M)

RC-SM-04-K

13G

RE-1300

3

74051-0072-00

CONTROL-PANEL:PC

RP-WH-01-K

180G

RE-1300

4

79129-07

16-00

ASSY

PC.B:230V50HZ

RE-1300

5

74083-01

17-00

BUTTON-PUSH:PC

RP-WH-01-K

32G

RE-1300

6

72724-0026-00

SPRING-BUTTON;CS

SWP

P10.7

017/125.8

7

79224-0006-00

ASSY

WIRE

LEAD-G;L80

PCB

GROUND

8

79109-0611

1-00

ASSY

CONTROL-PANEL;230V50HZ

RE-1330F(SAW)

WHT

ENG

8

79109-0612-00

ASSY

CONTROL-PANEL:230V50HZ

RE-13101(SAW}

WHT

ENG

8

79109-0599-00

ASSY

CONTROL-PANEL:230V50HZ

RE-1300(SAW)

WHT

8

79109-0613-00

ASSY

CONTROL-PANEL:230V50HZ

RE-1320R(SAW)

WHT

ENG

1

1

1

1

1

1

1

1

1

1

1

1

1

1

16

RE-1320R

RE-1330F

RE-1310T

RE-1300

RE-1320R

ee0e4e#ee#ee

Exploded

View

&

Parts

List

-

Casing

Parts

_

77224-208-610

71613-0001

-00

71414-0007-00

70242-0028-00

7301

1-0298-00

75703-201-810

77308-305-001

76822-0062-00

73939-218-003

NUT-FLANGE:MSWR10

M4

FAN-CONVECTION;ALSTAR

10.6

PI109

RE-1300

BUSH-GEAR

MOTOR;MSWR3

05.6

L12.7

RE-1300

ADIABATIC-CASING;T5

W256

L250

RE-1300

BRACKET-CASING;ALSTAR

T0.6

W265

L265

RE-1300

BLADE-FAN;SECC

10.6

WASHER-PLAIN;T0.8*PIS*P!12

FEEZY

MOTOR-CONVECTION;AMM92-003AUEA

230V0.3A

MIN2800RPM

CLAMP-CORD;DALC-2-1{SILICIN}